Aerospace and Defense

The Agilex^® 9 SoC FPGA Direct RF-Series provides unprecedented analog FPGA-based technological capabilities that enable wideband and SWAP-sensitive systems, for applications such as Radar, EW, and quantum computing. Beyond its unrivaled analog/digital front-end sampling capabilities, it includes a full, flexible signal processing data path that optimizes the system in terms of agility, latency, integration, and power consumption.

The Agilex® Medium Band Direct-RF SoC FPGA provides unprecedented technological capabilities that allow wideband and SWAP sensitive systems. The enormous computational capabilities of the Agilex^® 9 FPGA can be a basis for integrated and high-performance processing platforms.

Altera developed a wideband channelizer design example to showcase Direct RF FPGA capabilities. This design features a polyphase filter bank developed using a DSP Builder design tool oriented for DSP developers. The analog-to-digital converter (ADC) data is streamed into the channelizer block, which includes a prototype polyphase filter and 64 64-phase FFT block.

The wideband and Agility features design example demonstrates the ability of frequency hopping in Direct RF FPGA and how this capability, combined with wideband monitoring, can be a significant advantage for certain applications.

Altera^® Direct RF-Series FPGA provides unprecedented technological capabilities that allow wideband and SWAPsensitive systems. Its analog/digital sampling capabilities can be key enabler in many applications.

Altera’s Agilex^® 5 FPGAs offer advanced technological capabilities that reduce resource usage and power consumption for logic functions. Moreover, their highperformance computational features facilitate the integration of diverse data processing pipelines across various digital signal- processing domains.

The Agilex^® 9 SoC FPGA Direct RF-Series provides unprecedented analog FPGA-based technological capabilities that enable wideband and SWAP-sensitive systems, for applications such as Radar, EW, and quantum computing. Beyond its unrivaled analog/digital front-end sampling capabilities, it includes a full, flexible signal processing data path that optimizes the system in terms of agility, latency, integration, and power consumption.

Altera® Direct RF-Series FPGA provides unprecedented technological capabilities that allow wideband and SWAPsensitive systems. Its unrivaled analog/digital sampling capabilities can be key enabler in many applications.

DSP Builder standard blockset is a legacy product and Altera recommends you do not use it for new designs, except as a wrapper for advanced blockset designs.

JESD204B - A high-speed serial interface connecting ADCs and DACs to FPGAs, with deterministic latency support. JESD204C - Adds higher lane speeds and more efficient encoding for greater data throughput than JESD204B.

Altera® products are designed with dedicated, highly configurable security hardware and firmware.

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These kits deliver maximum bandwidth, advanced transceiver support, high-speed interfaces, and powerful compute resources for your most performance-critical designs.

These kits deliver maximum bandwidth, advanced transceiver support, high-speed interfaces, and powerful compute resources for your most performance-critical designs.

These kits offer scalable logic, rich I/O options, and efficient processing to support a wide range of feature-rich designs.

Built for applications where size, cost, and power efficiency matter most — including IoT, edge devices, and control systems. These kits offer low power consumption, compact form factors, and essential resources to simplify design and reduce system cost.

These kits offer scalable logic, rich I/O options, and efficient processing to support a wide range of feature-rich designs.

Accelerate FPGA development with Altera kits featuring tabletop and PCIe platforms, high-speed interfaces, HPS enablement, and full device family.

Turn MATLAB and Simulink DSP models into FPGA designs with DSP Builder. Generate pipelined hardware and verify signal-processing results against a model.

Use FPGA AI Suite with OpenVINO to evaluate AI IP, validate model accuracy, and estimate FPGA resources for your design.

Accelerate your development with automated system interconnects, IP reuse, and faster integration directly inside the Quartus® Prime software.

Nios® V processors are the next generation of soft processor IPs, designed to bring the power and flexibility of the open-source RISC-V Architecture to FPGA environments.

Customize unique FPGA-based boards and platforms with the Open FPGA Stack (OFS).

The Altera oneAPI Base Toolkit is discontinued. Migrate your existing designs to use "HLS IP Gen".

An open source AI toolkit that makes it easier to write once, deploy anywhere.

The Altera FPGA Video and Vision Processing Suite is a collection of next-generation Altera intellectual property (IP) functions that you can use to facilitate the development of custom video and image processing designs.

Altera® FPGA and SoC-based Commercial-off-the-Shelf (COTS) Solutions For Aerospace & Defense Systems.

Annapolis Micro Systems designs and manufactures 3U & 6U OpenVPX 100GbE products and Small Form Factor solutions for high-performance data digitization, processing, and storage.

Hitek is a nimble hardware, firmware and systems development company providing diverse FPGA hardware platforms and leading edge networking and Error Correction IP solutions.

Knowledge Resources GmbH (KR) is a sophisticated FPGA SoM vendor with a broad product offering for HPC, RF, and industrial applications. Based in Basel, Switzerland, our international team of engineers supports a global client base in integrating our systems on module (SoM) in a wide range of equipment.

eflex ces is a leading European company specializing in embedded FPGA-based custom embedded and complex boards and systems, high-speed data conversion and analog conversion systems with VPX architectures, as well as ruggedized solutions.

iWave is a global leader in high-performance FPGA System on Modules (SoMs), COTS modules such as 3U VPX and PCIe cards, and a growing portfolio of SmartNIC solutions.

Mistral Solutions, a subsidiary of AXISCADES, is an ISO 9001:2015, ISO 27001:2013, ISO 14001:2015, ISO 45001:2018 and EN9100 certified technology design and systems engineering company (Embedded System) providing end-to-end solutions for product design and application deployment.

Nextwill is a specialized company equipped with cutting-edge technology in the defense electronics and communication IT sectors, dedicated to creating value together with our customers.